When Precision Counts…

Easy to maintain tray sealer tool
We make our clean room tray sealer nests with press-fit gaskets. Each gets a molded silicone gasket that fits into a milled slot. The result? A gasket that’s easy to replace if the original gets damaged or wears out. The “old way” is to just glue the gasket to the plate. You can see the aftermath of trying to cleanup the plate for a replacement!
Also, our nests have Tyvek lid locator pins that thread in (for easy replacement in case one gets damaged). These pins feature soft springs and polished plunger tops so your sealer platen stays un-marred over repeated use.

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This device will test seal integrity on parts during assembly. Operation is simple, assemblers hold the part to test onto the nozzle and activate a momentary switch to draw a vacuum. Then watch the gauge to see any leakage.

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Most tray sealer tools (or sealer nests) have one or two cavities. This tool shows a 6-up pattern. The optimal production speed balance is usually a factor of seal dwell time vs time to pre-load each tray. Easy to load parts can be put through the sealer faster with multi-up tools (up to the limit of pressure on your sealer, of course).

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This is the left half of a custom drying rack. The right half is a mirror image of this and the two halves are held together with dowel rods. It provides a convenient way to keeps parts separate while drying.

Ever wanted to modify existing equipment? This is an extension table we made for supporting parts longer than the original press would accommodate. It screws onto the existing frame and extends the register edge for long parts.

Customers often use proprietary processes which we can’t explain in any detail here. This block is an example showing individual well pockets for keeping samples separated for testing. The pockets taper deeper on one end.

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This little device puts a scribed line on a clear plastic tip (like a calibration line). The part is inserted vertically, then rotated by hand while the clamped wheel cuts a line at a set depth. These parts snap on to a small flash light and provide visual feedback on depth of insertion. We went with a scribed line because printed lines wear off too easily when cleaning between uses.